基于像元和基于地物的遥感图像分类研究

M. Younis, E. Keedwell, D. Savić
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引用次数: 4

摘要

本研究评估了基于像素和基于目标的图像分类技术,用于从六张卫星图像中提取三种土地利用类别(建筑物,道路和植被区域)。还比较了8种具有5重交叉验证的监督机器学习分类器的性能。实验验证发现,在使用SLIC分割方法生成的10,000个对象上进行测试时,使用“Bagged Tree”用于基于对象的分类算法提供了最大的整体准确性,并且改进了现有的基于rgb的方法。我们前面提到的方法比基于像素的方法减少了大约12倍的总运行时间,展示了组合方法的强大功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Investigation of Pixel-Based and Object-Based Image Classification in Remote Sensing
This research evaluates pixel-based and object-based image classification techniques for extracting three land-use categories (buildings, roads, and vegetation areas) from six satellite images. The performance of eight supervised machine learning classifiers with 5-fold cross validation are also compared. Experimental validation found that using 'Bagged Tree' for object-based classification algorithms provides maximum overall accuracy when tested on 10,000 objects produced by the SLIC segmentation method, and improves upon an existing RGB-based approach. Our aforementioned proposed approach takes about 12 times less total runtime than the pixel-based method, demonstrating the power of the combined approach.
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